The equipment energy efficiency management system is used in conjunction with the asset positioning management system.Relying on advanced technology The Ocamar OneNet Unlimited® medical dedicated wireless IoT platform.It is a specialized application system designed to assist medical institutions in responding to regulatory departments' statistical analysis of equipment usage rate, equipment energy consumption analysis, maintenance analysis, and other issues.

By combining IoT sensing technology and current detection technology, real-time monitoring of the energy efficiency and usage status of important medical equipment in the hospital can be achieved.

Using IoT technology, real-time energy consumption detection of various instruments and equipment is carried out through current sensors. Based on energy consumption data, daily on-off and operation conditions, relevant data and analysis results are analyzed, and displayed in a graphical interface through the application system.

The utilization rate, idle rate, and energy efficiency of equipment in the hospital will affect the procurement, management, and configuration of medical equipment, further affecting the input-output ratio of the hospital, directly related to the hospital's economic benefits. It can achieve the effect of avoiding waste, preventing leakage, reducing maintenance premiums, and energy consumption waste, and can save considerable costs for the hospital every year.

· Used in conjunction with the asset positioning management system, applied to hospital equipment such as electrocardiographs and CT scans;

· A specialized application system designed to assist medical institutions in responding to regulatory departments' statistical analysis of equipment usage rate, equipment energy consumption analysis, maintenance analysis, and other issues;

· Using Internet of Things technology, real-time energy consumption detection of various instruments and equipment is carried out through current sensors. Based on energy consumption data, daily on-off and operation conditions, relevant data and analysis results are analyzed, and displayed in a graphical interface form through the application system;

· The utilization rate, idle rate, and energy efficiency of hospital equipment will affect the procurement, management, and configuration of medical equipment, further affecting the hospital's input-output ratio and directly affecting the hospital's economic benefits;

· It can achieve the effect of avoiding waste, preventing running, emitting, and leaking fees, reducing maintenance premiums, and reducing energy consumption waste, and can save considerable costs for hospitals every year.